The triad of reading, writing, and editing DNA forms the foundational bedrock of synthetic biology. With burgeoning insights into DNA and advancements in its synthesis, our comprehension and mastery over technologies such as CRISPR, cell-free manufacturing, protein design, and molecular data storage have intensified. This engineering vision, once nascent, has now metamorphosed into tangible applications, facilitating the remediation of diseases, sustainable chemical production, molecular data preservation, and the synthesis of unique proteins absent in the natural realm. Such advancements inevitably prompt contemplation on the subsequent innovations birthed from the intricate manipulation of DNA.